Innovation Evolution in Making Modern Civil Materials, Compatible With Ecosystem Using Travertine and Marble Wastes Resulted From Construction and Destruction Industry

Construction and destruction of buildings is an industry forming one of the main innovations of each society’s economy. this industry consumes a significant volume of raw materials annually and produces a considerable amount of wastes in return. the wonderful growth in construction of buildings innovation in various societies, has led to increase the wastes related to this industry. lack of control and management of construction wastes, will face the next generation with decreased natural resources and energy loss. diverse approaches such as innovation evolution in green materials have been offered to achieve the modern technology and innovation in buildings construction. ecosystem issues are heeded as an important condition within the industry of construction projects. innovation evolution in reusing, recycling and reducing the wastes, are the only method for recycling. what is critical is the ecosystem impacts of wastes and lack of attention and awareness of contractors to its consequences. the foundation of contractors’ interaction scheme and modification of negative view regarding the construction wastes and technological productions for recycling and encouraging the construction contractors to use the green materials are compatible with promoting an ecosystem with better quality comparing to existing wastes. using descriptive and analytical methodology and collecting data by documents, instruments and field observations, this research intends to organize the ecosystem based on population growth and consequently the growth of construction wastes resulted from constructing and destructing based on statistics and lack of contractors’ awareness as well in secondary usages and recycling this dirty gold. green materials production as the innovative engineering management approach and technological control of construction and destruction wastes have been mentioned in this study.

Innovation evolution in making modern civil materials, compatible with ecosystem using travertine and marble wastes resulted from construction and destruction industry

Construction and destruction of buildings is an industry forming one of the main innovations of each society’s economy. This industry consumes a significant volume of raw materials annually and produces a considerable amount of wastes in return. The wonderful growth in construction of buildings innovation in various societies, has led to increase the wastes related to this industry. Lack of control and management of construction wastes, will face the next generation with decreased natural resources and energy loss. Diverse approaches such as innovation evolution in green materials have been offered to achieve the modern technology and innovation in buildings construction. Ecosystem issues are heeded as an important condition within the industry of construction projects. Innovation evolution in reusing, recycling and reducing the wastes, are the only method for recycling. What is critical is the ecosystem impacts of wastes and lack of attention and awareness of contractors to its consequences. The foundation of contractors’ interaction scheme and modification of negative view regarding the construction wastes and technological productions for recycling and encouraging the construction contractors to use the green materials are compatible with promoting an ecosystem with better quality comparing to existing wastes. Using descriptive and analytical methodology and collecting data by documents, instruments and field observations, this research intends to organize the ecosystem based on population growth and consequently the growth of construction wastes resulted from constructing and destructing based on statistics and lack of contractors’ awareness as well in secondary usages and recycling this dirty gold. Green materials production as the innovative engineering management approach and technological control of construction and destruction wastes have been mentioned in this study.